Simulation of the algorithm of group interaction of cyber-physical objects in 3D Space

Abstract

This article discusses the possible types of group management strategies. The rationale for choosing a specific group management strategy is given. This article also provides an algorithm for group movement. Then the phases and results of its simulation will be described. Many models can be built for the same system. These models will differ in the degree of detail and account for certain features and modes of operation of the real object, reflect a certain facet of the essence of the system, focus on the study of a certain property or group of properties of the system. Therefore, it is important to state clearly the purpose of modeling at the initial stage of model construction. It is also taken into account that the model is built to solve a specific research problem. The experience of creating universal models has not justified itself due to the bulkiness of the created models and their unsuitability for practical use. To solve each specific problem, you need to have a model that reflects the most important aspects and connections from the point of view of the study. The importance of a specific task of modeling goals is also dictated by the fact that all subsequent stages of modeling are carried out with a focus on a specific goal of the study.